import rhinoscriptsyntax as rs
import random as ran
import fantastic_stairs_code_neu as fs

#cleanup and start from scratch
rs.DeleteObjects(rs.AllObjects())

rs.EnableRedraw(False)

pavillon_hgt=3.5
thick_p=0.5

#make staircase with columns (spiral)
curve = fs.make_clover(5,5,70)
len_c = rs.CurveLength(curve)
An=1
P=15
mods = (len_c-An) / (P*fs.tt+fs.pod_l + fs.tt)
steps = int(mods*P)+1
fs.make_curved_podeststair(curve, steps=steps, pod_l=fs.pod_l, DC=steps+1, P=P, An=An)
i = 1
length_fromstart = An + P*fs.tt + fs.pod_l/2
while (length_fromstart <= len_c):
    point = rs.CurveArcLengthPoint(curve,length_fromstart)   #add point for
    m_l = rs.AddLine(point, [point[0],point[1],i*P*fs.th-fs.thick]) #add line for column
    rs.AddPipe(m_l,0,0.2)   #add column
    if i%3 and (i*P*fs.th-fs.thick, fs.pod_l,4,fs.thick)>2:
            pvl=[]      #list for pavillon parts
            box1=fs.make_box([point[0],point[1],i*P*fs.th-fs.thick],fs.pod_l,4,fs.thick)    #floor pavillon
            pvl.append(box1)
            pvl.append(rs.CopyObject(box1,[0,0,pavillon_hgt+fs.thick]))     #roof pavillon
            box2=fs.make_box([point[0],point[1]-2+thick_p/2,i*P*fs.th],fs.pod_l,thick_p,pavillon_hgt)   #first wall pavillon
            pvl.append(box2)
            pvl.append(rs.CopyObject(box2,[0,4-thick_p,0])) #second wall pavillon
            param=rs.CurveClosestPoint(curve,point)
            normal=rs.CurveTangent(curve,param)       #find tangent of point
            angle=rs.Angle([0,0,0],normal)[0]     #find angle of tangent
            rs.RotateObjects(pvl,[point[0],point[1],i*P*fs.th-fs.thick],angle, [0,0,1]) #rotate pavillon so it fits the curve
    i = i + 1   #increase i
    length_fromstart += P*fs.tt + fs.pod_l + fs.tt #increment length


#cleanup
rs.Command("_SelCrv _Enter")
crvs=rs.SelectedObjects()
rs.DeleteObjects(crvs)

rs.EnableRedraw(True)